Owing to recent advances in computing power, iterative reconstruction (IR) algorithms have
become a clinically viable option in computed tomographic (CT) imaging. Substantial …

Objectives To explain the technical principles of and differences between commercially
available iterative reconstruction (IR) algorithms for computed tomography (CT) in non …

Objectives To present the results of a systematic literature search aimed at determining to
what extent the radiation dose can be reduced with iterative reconstruction (IR) for …

The x-ray exposure to patients has become a major concern in computed tomography (CT)
and minimizing the radiation exposure has been one of the major efforts in the CT field. Due …

Computed tomography currently accounts for the majority of radiation exposure related to
medical imaging. Although technological improvement of CT scanners has reduced the …

Objectives To create an adaptable and global approach for optimizing MDCT protocols by
evaluating the influence of acquisition parameters and Iterative Reconstruction (IR) on dose …

Background Efforts to reduce the radiation dose have continued steadily, with new
reconstruction techniques. Recently, image denoising algorithms using artificial neural …

Background This study aims to review chest computed tomography (CT) scanning
parameters which are utilized to evaluate patients for COVID-19-induced pneumonia. Also …

Objectives Iterative reconstruction (IR) allows for dose reduction with maintained image
quality in CT imaging. In this systematic review the reported effective dose reductions for …

BACKGROUND AND PURPOSE: CT in low dose technique is the criterion standard imaging
modality for evaluation of the paranasal sinus. Our aim was to evaluate the dose-reduction …